Space Apps Ottawa
MISSION WINDOW
NOV 13–15, 2026
48 HOURS
OTTAWA / 45.4215° N
NASA Space Apps Challenge · Local Node

Build something
for space.

Ottawa's 10th year hosting the world's largest space hackathon. One weekend, real challenges, free to join.

Nov 13–15, 2026/ Carleton University (Sprott School of Business, Nicol Building) + Online/ Free
Official NASA Space Apps Challenge 2026 logo Official local event of the NASA Space Apps Challenge
10
Years running in Ottawa
48
Hours, start to finish
2
Ottawa projects advance to NASA's global judging each year
$0
To participate
The Invitation

A weekend for people who can't leave interesting problems alone.

Developers. Designers. Engineers. Makers. Data people. Students still figuring out what they're good at, and hobbyists who already know. If you've ever stayed up too late chasing an idea, you'll feel at home here.

—No existing team required.
—No preselected idea required.
—No space-industry background required.
—Bring your curiosity and a willingness to build.
Choose Your Mission
Path 01

NASA Space Apps Challenge

Pick from a global slate of challenges spanning software, data, design, and storytelling — pulled straight from NASA and Canadian Space Agency open data. Multidisciplinary by design: the strongest teams mix coders with designers, scientists with storytellers.

See the schedule →
Path 02

Ottawa Space Hardware Challenge

Get your hands on real hardware. Ottawa's own physical challenge, built with Carleton's space clubs — this year, tracking the sun to keep a lunar outpost powered.

See this year's challenge →
This Year's Hardware Challenge

Space Rover Origami

Rovers landing on other planets and moons have to travel in small configurations to fit the landers that they are taken on. However, once landed, they need to be able to recharge their batteries through solar panels. Therefore, those panels need to be deployed after landing. The larger the solar panel, the faster the recharge! Your challenge is to make a small rover (rover “chassis” will be provided) and the solar panels that will need to be deployed on it. Your initial rover must fit within the lander dimensions (10 cm cubed). It must be able to:

  1. Exit the lander once the door has been opened
  2. Deploy its solar panels to their largest configuration after exit
  3. Survive a “sand storm” without the solar panels breaking (they can stay opened or be retractable, but no operator input is allowed). Sandstorm will be consistent for every team.
  4. Still be able to recharge batteries after the sandstorm (whether that be through cleaning the panels, sheer size of panel, redeployment, movement).

Final designs will be judged on ability to leave the lander, initial solar panel deployment area, and final exposed solar panel area.

Pressure sensors, IR sensors, servos and small dc motors, and all building materials will be provided, as well as arduinos and motorshields.

Illustration of a sunrise over a lunar-style horizon

Take on the Challenge at Space Apps Ottawa!

Register Free
Ottawa / 2015—2026

Real people, building real things, every Fall.

Illustration of two astronauts orbited by a ring, representing the Space Apps Ottawa community

Space Apps Ottawa has been bringing this community together for 10 years — organized locally, backed by the Canadian Space Society, and run almost entirely by the people who show up to build alongside you.

Meet the organizers →
Why Participate
01

Meet your people.

Work alongside developers, designers, and engineers who think the way you do — every discipline, one weekend, in the room or on Discord.

02

Build something real.

Turn an idea into something tangible in a single weekend — real data, real constraints, a real deadline.

03

Get unstuck.

Mentors and experts are on hand all weekend — onsite and from the Canadian Space Agency — so a hard problem doesn't become a dead end.

04

See how far an idea can go.

Two Ottawa projects advance into NASA's global judging every year. Yours could be next.

Schedule

One weekend. Forty-eight hours.

Friday Nov 13
7 PM Welcome (onsite participants only) — kickoff at the Sprott School of Business (Nicol Building), Carleton University. We'll cover how the software and hardware challenges work, answer questions, and help you find a team or pick a challenge.
Saturday Nov 14
8 AM–11 PM Working weekend — virtual? Work online via our Discord server. Onsite? Sprott School of Business (Nicol Building), Room 4010, 4th floor.
Sunday Nov 15
8 AM–11 PM Working weekend — same setup as Saturday: Discord for virtual, Sprott School of Business (Nicol Building), Room 4010 for onsite.
2 PM Presentation Feedback (onsite only) — show your work in progress and get help shaping your solution and results.
7 PM Space Hardware Challenge Judging (onsite only) — present your solution to the Hardware Judges.
12 AM Project Submission (NASA Software Challenge only) — submit your presentation and project for global judging.

* All times are in EST.

Carleton Space Community

The clubs behind the hardware challenges.

Carleton Planetary Robotics

Carleton's largest robotics group — over 100 members across every discipline, building a Mars rover each year for the University Rover Challenge: autonomy, spacecraft servicing, life detection, long-range traversal.

CUonOrbit

Student-led team building real satellites — designing, testing, and launching CubeSats while working mission design and systems integration alongside industry experts.

Carleton Astronomy Club

Student-run and open to everyone — Astronomy Nights, research talks, and community events that make the night sky, and the latest in space exploration, accessible to all Carleton students.

Questions Before Launch?

A few things people usually ask.

Mission Window · Nov 13–15, 2026

48 hours. One weekend.
What will you build?

Register Free